Thesis Bachelor of Science in Computer Engineering University of Rizal System-Morong 2024

The objective of the research is to develop a sustainable method of producing food that can both feed the world's growing population and protect our limited natural resources. We can guarantee that future generations will have access to nourishing meals without endangering the health of our planet by developing creative methods for growing and harvesting food. The researchers successfully identified important community issues by fostering a collaborative process through the use of brain-storming techniques. They eagerly sought advice for their proposed study from the research instructor as they presented their findings to her with a sense of purpose and determination. In addition to closely examining the pH and moisture content, the researchers also measured the levels of nitrogen, potassium, phosphorus, and other vital nutrients. After carefully crafting the goal and design methodology of the study, the researchers conducted a thorough search for pertinent articles in both local and foreign literature. By means of their exhaustive investigation, they endeavored to procure significant perspectives from an array of sources, guaranteeing a comprehensive and knowledgeable investigation. Incorporating viewpoints from both domestic and international research, the researchers sought to offer a thorough analysis that takes into account global trends while also recognizing the particular subtleties found in local contexts. The required parts for a single pot prototype that is fully functional were successfully developed and built by the researchers. Building on their early success, they managed to duplicate the design and manufacture ten functional pots. This innovation made it possible to develop a whole working The developed device's compatibility ranged from 4.4 to 4.53, according to the study, indicating a high degree of adaptability. Additionally, a weighted mean of 4.41 was used to assess the device's reliability, indicating its exceptional performance in this regard. A state-of-the-art Vertical Farming Nutrient Supply and Monitoring System is thoroughly evaluated in terms of its functional suitability, compatibility, dependability, maintainability, and usability. The study offers important insights into the overall efficacy and efficiency of the system by analyzing its performance across a number of metrics, such as functionality, interoperability, and user experience. By improving crop yields and streamlining resource management, these findings advance our knowledge of how this cutting-edge technology can transform the vertical farming industry. The study's conclusions show that the system's usability and reliability matched expectations. Furthermore, the content emphasizes how important it is to put into practice efficient and alternative food production techniques, like vertical farming, in order to sustainably feed the world's expanding population without endangering our natural resources. This study carefully assesses and defines the process of product development by employing developmental methods and a descriptive research design.